Augsburg University

What you'll study

The programme integrates biochemistry, biophysics and molecular biology through a mix of lectures, practical laboratory courses, seminars and project work. In early semesters you cover foundational subjects such as general and organic chemistry, physical chemistry, cell biology, genetics and molecular biology. Core modules then introduce protein biochemistry, enzymology, structural biology, membrane biology and molecular genetics.

• Laboratory skills and techniques: pipetting, chromatography, electrophoresis, PCR, cloning, gel imaging and sterile technique.
• Biophysical methods: spectroscopy, calorimetry, crystallography basics, NMR principles, single-molecule methods and microscopy.
• Data analysis and bioinformatics: sequence analysis, molecular modelling, statistics for the life sciences and programming basics for data processing.
• Advanced topics and electives: cell signalling, developmental molecular biology, systems biology, synthetic biology and applied molecular diagnostics.
• Practical project work: laboratory rotations and a supervised Bachelor thesis project in an academic or applied research group.

Teaching combines small-group practicals and supervision in research groups with larger-format lectures. Assessment typically includes written exams, laboratory reports, seminar presentations and the final thesis.

Entry requirements

Applicants need a recognised university entrance qualification (for example an Abitur or equivalent secondary school diploma) with a strong foundation in chemistry and biology. Good numeracy and an aptitude for experimental work are expected. International applicants will be required to demonstrate proficiency in the language of instruction (German or English, depending on the specific programme variant), typically by a recognised language test or equivalent qualification.

• Academic prerequisites: coursework in biology and chemistry at secondary level; mathematics is highly recommended.
• Language: proof of competence in the programme language is required.
• Application materials: certified school certificates and, where requested, a CV and motivation statement. Some applicants may be invited to interviews or testing depending on admission regulations.

Career prospects

Graduates leave with practical laboratory experience and quantitative skills attractive to employers in research and industry. Typical career paths include entry-level positions in biotechnology and pharmaceutical companies, quality control and regulatory affairs, clinical and diagnostic laboratories, environmental and food analysis, and technical roles in instrumentation and reagent supply firms.

• Research technician roles in academic or industrial laboratories
• Further academic study: Master's programmes in molecular biology, biochemistry, biophysics, biomedical sciences or related specialisations
• Positions in diagnostics, clinical laboratories and public health services
• Scientific support roles: laboratory management, technical sales, applications support and regulatory affairs
• Alternative careers: science policy, patent and intellectual property consulting, science communication and teaching (with additional pedagogical qualification)

Why study at Augsburg University

Augsburg University offers an interdisciplinary environment where chemical, biological and physical approaches are taught in close connection with active research groups. Students benefit from well-equipped teaching laboratories, opportunities to undertake supervised research projects within university institutes and an emphasis on small-group practical training. The university’s location provides access to regional biotech and healthcare networks for internships and collaborations, while curricular support helps prepare graduates for both industry positions and competitive master’s programmes.

Small cohort sizes in practical courses, structured lab rotations and direct supervision for the Bachelor thesis help ensure hands-on skill development and visibility to potential supervisors for continued study or research careers.